Running Q.TEA

On-premises

You can access Quantum TEA through an installation on your own local machine. The installation is based on pip, the standard Python package manager.

Quantum TEA Leaves
Newest available: v1.1.x

Install with:
– pip install qtealeaves (for the newest version)
– pip install qtealeaves==x.x.x (for the version x.x.x)

Source code

Quantum Matcha TEA
Newest available: v1.1.x (comes with QTeaLeaves as a dependency)

Install with:
– pip install qmatchatea

Source code

Leonardo supercomputer

The users who have access to Leonardo can run Quantum TEA powered by the Cineca supercomputer.

Quantum Matcha TEA
Latest version available (comes with the QTeaLeaves as a dependency)

Upload the module:
– module load profile/quantum
– module load qmatcha_tea

Useful commands:
– module help qmatcha_tea

Galileo100 supercomputer

The users who have access to Galileo100 can run Quantum TEA powered by the Cineca supercomputer.

Quantum Matcha TEA
Latest version available (comes with the QTeaLeaves as a dependency)

Upload the module:
– module load profile/quantum
– module load autoload
– module load qmatcha_tea

Useful commands:
– module help qmatcha_tea

Cloud Platform

Executing complex quantum circuits demands a significant amount of high-performance computing resources. We leverage CloudVeneto, the cloud infrastructure for scientific research provided by a collaborative initiative between the University of Padova and the Italian National Institute of Nuclear Physics (INFN). With the support of CloudVeneto, we have developed a novel QuantumTEA platform, enabling users to execute their circuits through Qiskit, the consolidated method for accessing quantum systems.

The service requires access to CloudVeneto.

Documentation

Quantum Tea Leaves

Quantum Matcha Tea

 

Example scripts

Simulation scripts for our publications available on Zenodo

More coming soon

 

Running Quantum Green Tea

Available on request

 

For users and developers

Request to join the Quantum TEA Stackoverflow page

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